KR20040089975A - Breathing device for skin scuba with float which is floating on water and connected to an air supplying hose - Google Patents

Abstract

PURPOSE: A breathing device is provided to easily do skin scuba activity using a float. CONSTITUTION: A float(10) floating on water is connected to an air supplying hose(60). When a diver dives into water with a mouthpiece(42) attached to a breathing adjuster(40), air sucked to an air suction port(51) of an air supplier is routed to the air supplying hose to the mouthpiece.

Description

Skin, Scuba Respirator. {Omitted}

The present invention is a skin, scuba simplified respirator invented so that ordinary people can travel freely in the water without any skin, scuba equipment in a certain depth of water,

In the past, to travel underwater, you must have expensive scuba gear, learn and master the skills, or always stay in the water even if you try to skin it, or you have to enter the water and get up and down immediately. There was a considerable difficulty to popularize. However, there was no equipment that could ease the inconvenience and travel easily in the water.

In other words, the scuba equipment costs millions of dollars, and you have to learn how to use it and how to use it. Skin equipment is cheap but it can't last longer than your breathing in water. There is also a difficulty to spit out water, so the unrealistic people do not use it well until now.

The present invention has been developed to solve all the inconveniences described above, so that the general public can travel freely in the water within 5 meters without learning difficult skills, popularize skin or scuba to show many people in the water and various leisure It is a technical task to make it enjoyable.

1 is a partially cutaway perspective view of the present invention.

2 is a top rear view of the air supply.

3 is a top perspective view of the air supply;

4 is a bottom plan view of the air supply.

5 is a bottom perspective view of the air supply.

6 is a plan view showing the inside of the air supply;

7 is a cross-sectional view of the assembly unit and the air supply port.

8 is an exploded cross-sectional view of the respiratory regulator.

9 is a hose-to-air supply connection hose.

`` Explanation of symbols for main parts of drawings ''

10; Ball

11; Air supply connection plate

12; Float air opening

20; Air supply tops

21; Top plate mounting hole

22; Top air hole

23; Link

24; Top plate

30; Air supply bottom plate

31; Lower plate assembly hole

32; Bottom air hole

33; Bottom plate

40; Breathing regulator

41; Air Supply Hose-Assembly Nuts

42; Mouse blood

43; Intake Fixing Cap

44; Center key

45, 45 '; O ring

46, 46 '; Ball Contact Spring

47, 47 '; Adjustable ball

48; Mouse phi-s fixed jaw

49; Exhaust vent cap

50; Assembly and air supply passage

51; Air intake

52; Fixed jaw

53; Top and bottom assembly fixing nuts

60; Air supply hose

61; Air supply connection nut

62; Breath regulator connection nut

The configuration and operation of the present invention will be described in detail by the drawings. 1 to 9 are shown the configuration for the present invention,

First, the operation will be described with reference to FIG.

The float 10 is always floating on the water and floating above the user in the water along the connected air supply hose 60.

That is, when the user enters the mouth with the mouthpiece 42 attached to the respiratory regulator 40, the air sucked into the air inlet 51 of the air supply 20 is supplied with an air supply hose ( 60) through the mouthpiece 42 of the breathing regulator 40 allows the user to breathe into the user's mouth, the air that the user spits out into the water through the exhaust hole in the exhaust port fixing cap 49 It is to be discharged.

Therefore, the user can always breathe fresh, humid rivers or air over the sea (the air in a high-pressure compressed reservoir is very dry and severely thirsty and vomiting) when sucking air into his mouth. , The air that spits out goes out into the water.

This will be described in detail with reference to FIG.

When the air is sucked into the mouth through the mouth piece 42, the exhaust hole fixing cap 49 is adjusted with the O-ring 45 attached to the central key 44 by the force of the ball contact spring 46 which is slightly pressed. As the force of contact of the ball 47 becomes stronger, the water cannot enter at all. On the contrary, the adjustment ball that blocks the O-ring 45 'by the central key 44 and the ball contact spring 46' on the intake port side. The ball contact spring 46 'is compressed by the suction force of the 47', so that the spring 45 'and the adjusting ball 47' are dropped to smoothly enter the air.

In addition, when the air is spit out, the adjusting balls (47, 47 '), which are attached to both sides in equilibrium at the moment of stopping the breath, are in close contact with the intake side, and the ball is close to the spring due to the force of air spitting out. As the 46 is contracted, the adjusting ball 47 which is in close contact with the O-ring is dropped, and the exhaust air can be smoothly discharged therebetween.

And, the air supply 20 attached to the float 10 floating on the water, even if the water is poured on the air supply 20 by the waves or the mischief of someone other than the user air supply hose 60 Since the furnace should not enter water at all, referring to FIGS. 2 to 7,

Even though water enters the upper plate air hole 22 shown in FIG. 3, the water may enter the air inlet 51 at the center of the air supply passage 50 by assembling the upper plate block 24 shown in FIG. 2. If the water splashes into the air hole 32 of the lower plate 30 of the air supply, the water is blocked by the lower plate 33 so that no water enters the air inlet 51.

Then, some water which enters the upper plate air hole 22 of the air supply upper plate 20 falls into the lower plate air hole 32. (If water enters the lower plate air hole 32 in an inverted state, it falls into the upper plate air hole 22.)

The skin scuba simplified respirator invented to breathe freely in the water without an air tank as shown in FIG. 6 has an upper air supply plate 20 and an air supply lower plate 30 as shown in FIG. 6. ) Is assembled into eight rooms and assembled by air supply passage (50)

Tighten the upper and lower plate fixing nuts (53) and tighten the bolts remaining at the ends of the air supply hose (60) with the hose supply nut (61) of the air supply hose (60). Connect it.

Next, the present invention is completed by connecting the end of the air supply hose 60 to the end bolt portion of the inlet fixing cap 43 of the assembled respirator 40 with a hose hose nut 62. The air can be easily stored by removing the air through the air openings and openings (12), and when used, the air can be injected through the air openings and openings (12). In the future, you can use a float as a life aid to help you get out of danger.

As described above, the present invention can fully enjoy the unexplored water without using expensive equipment, and it is possible to reduce the cost by unlimited breathing of the clear air on the water without using an expensive and dry reservoir of more than 10,000 won in one bottle. You can enjoy the view of the water comfortably from the time limit of the reservoir limited to minutes, and once you dive like a skin equipment, you do not have to lift your head above the water for breathing and breathe. It can be used anywhere without any burden, and in case of danger, there is a great variety of effects, such as using a float as a life aid.

Claims (3)

In pursuing parenteral in the sea and the river with a skin and a scuba, Attach the air supply 20 to the mouth 10 to follow the user's position on the water, the mouth of the user entering the water bite the mouth piece 42 attached to the breathing regulator 40, the air supply 20 Skin scuba simplified respirator, characterized in that between the breathing regulator (40) connected to the air supply hose (60) to freely breathe in the water without using an air tank. The method of claim 1, The air supplier 20 attached to the buoy 10 may be free from water entering the air inlet 51 of the air supplier 20 even when the buoy 10 is turned upside down by waves or mischief by someone other than the user. The upper and lower water blocking plates 24 and 33 prevent intrusion of water in all directions, so that no water enters the air inlet 51 located in the middle of the assembly and air supply passage 50. When entering into the lower plate air hole 33, some water that is turned over or enters the lower plate air hole 33 for other reasons, as long as the upper air hole 24 is drained so that the air supply 20 is not submerged. Skin scuba simplified respirator, characterized in that water does not enter the air inlet (51). The method according to claim 1 and 2, When the inhalation regulator 40 inhales air, the O-ring on the exhaust side and the control ball 47 closely contact each other to prevent the inflow of water, and on the contrary, the control ball 47 'on the intake side is separated from the O-ring 45'. To ensure a smooth flow of On the contrary, when exhausting, the adjusting ball 47 'on the intake side prevents inflow of air from coming into close contact with the O-ring 45' to prevent the backflow into the air supply hose 60 on the air inlet 51 side. The adjusting ball 47 on the exhaust side is pushed out while compressing the ball contact spring 46 by the force of the spitting air, and is separated from the O-ring 45 so that the exhaust gas is discharged into the water. .